Automated driving requires correct perception of the surrounding environment in any driving
condition. To achieve this result, not only are many more sensors than in current Advanced …

This article addresses the following research question: How to compute no-wait schedules
and multipath routings for large-scale time-sensitive networks (TSNs)? TSN must guarantee …

With the continued evolution of autonomous driving, the communication demand for in-
vehicle networks (IVNs) has dramatically increased, and the traditional IVN solutions have …

Time-Sensitive Networking (TSN) is a set of IEEE standards that are being developed to
enable a reliable and real-time communication based on Ethernet technology. It supports …

For many Ethernet-based real-time systems, such as those from automotive, avionics, and
industry automation domains, fault tolerance is emerged as an essential requirement for …

Time-sensitive Networking (TSN) on Ethernet is a promising communication technology in
the automotive and industrial automation industries due to its real-time and high-bandwidth …

With the development of industrial networks, the demands for strict timing requirements and
high reliability in transmission become more essential, which promote the establishment of a …

Modern cars integrate a large number of functionalities with high bandwidth, real-time, and
reliability requirements. Time-Sensitive Networking (TSN) standards provide the network …

To cope with the strict reliability requirements of safety-critical ADAS applications, the
upcoming TSN standard introduces mechanisms that enable transmission redundancy at …

Due to their real-time constraints and high predictability requirements, safety-critical
automotive applications are often implemented using time-triggered communication …